Magnetism Review game Thursday
... stay up, wrong answers sit down. 4. Team with most players still up at the end wins (3 Extra Credit points on the test) ...
... stay up, wrong answers sit down. 4. Team with most players still up at the end wins (3 Extra Credit points on the test) ...
1.3 Voltage notes
... • Batteries can be added together in series to produce a higher voltage. • Adding cells in series means that the positive terminal from one cell is connected to the negative terminal of another battery. • In a series circuit, there is only one path for current. • In a parallel circuit, there are ma ...
... • Batteries can be added together in series to produce a higher voltage. • Adding cells in series means that the positive terminal from one cell is connected to the negative terminal of another battery. • In a series circuit, there is only one path for current. • In a parallel circuit, there are ma ...
Learning Objectives
... generator which is often used on bikes to power lights. Here the magnet is rotated instead of the coil. They dynamo is attached to a wheel so as you turn the wheels, your turning inside the dynamo. ...
... generator which is often used on bikes to power lights. Here the magnet is rotated instead of the coil. They dynamo is attached to a wheel so as you turn the wheels, your turning inside the dynamo. ...
End of chapter exercises
... (DC). Practise more questions like this Answer 1: Direct current (DC), which is electricity flowing in a constant direction. DC is the kind of electricity made by a battery, with definite positive and negative terminals. However, we have seen that the electricity produced by some generators alternat ...
... (DC). Practise more questions like this Answer 1: Direct current (DC), which is electricity flowing in a constant direction. DC is the kind of electricity made by a battery, with definite positive and negative terminals. However, we have seen that the electricity produced by some generators alternat ...
magnetic
... Capacitors in DC Circuits The voltage across a capacitor is proportional to the charge Q. It takes time for charge to be added or removed. So the voltage across a capacitor CANNOT change suddenly. If we throw a switch that charges the capacitor: • at short times, the capacitor looks like a wire (no ...
... Capacitors in DC Circuits The voltage across a capacitor is proportional to the charge Q. It takes time for charge to be added or removed. So the voltage across a capacitor CANNOT change suddenly. If we throw a switch that charges the capacitor: • at short times, the capacitor looks like a wire (no ...
Physics 5C Final Exam Solutions June 12, 2008
... You release the proton from the positive side and the electron from the negative side. When the particles strike the opposite sides, they both have the same kinetic energy. The particles start with the same PE, so they acquire the same KE. 7. T/F F If a wire loop is being pulled through a magnetic f ...
... You release the proton from the positive side and the electron from the negative side. When the particles strike the opposite sides, they both have the same kinetic energy. The particles start with the same PE, so they acquire the same KE. 7. T/F F If a wire loop is being pulled through a magnetic f ...
A B Q q o
... 3) An oil droplet with 9 excess electrons is held stationary in a field of 4.9104 N/C. What is the 3) _____________ radius of the oil drop? (The density of the oil is 824 kg/m3, e=1.610-19 C) ...
... 3) An oil droplet with 9 excess electrons is held stationary in a field of 4.9104 N/C. What is the 3) _____________ radius of the oil drop? (The density of the oil is 824 kg/m3, e=1.610-19 C) ...
Chapter 3
... filament, are connected in series. The current is greater in the lamp with the A) thick filament. B) thin filament. C) the same in each lamp. ...
... filament, are connected in series. The current is greater in the lamp with the A) thick filament. B) thin filament. C) the same in each lamp. ...
section_1_and_2
... The size of the electric force depends on two things. The first thing is the amount of charge on each object. The greater the charge is, the greater t electric force is. The other thing that determines the size of the electric force is the distance between the charges. The closer together the charge ...
... The size of the electric force depends on two things. The first thing is the amount of charge on each object. The greater the charge is, the greater t electric force is. The other thing that determines the size of the electric force is the distance between the charges. The closer together the charge ...